1837 results about "Visual experience" patented technology

An audio and / or visual experience of a see-through head-mounted display (HMD) device, e.g., in the form of glasses, can be moved to target computing device such as a television, cell phone, or computer monitor to allow the user to seamlessly transition the content to the target computing device. For example, when the user enters a room in the home with a television, a movie which is playing on the HMD device can be transferred to the television and begin playing there without substantially interrupting the flow of the movie. The HMD device can inform the television of a network address for accessing the movie, for instance, and provide a current status in the form of a time stamp or packet identifier. Content can also be transferred in the reverse direction, to the HMD device. A transfer can occur based on location, preconfigured settings and user commands.

System and method of the invention provides for creating, storing and broadcasting interactive panoramic walk-through applications. The combination of images is determined by the user's choice of direction of displacement at each intersection point and from each view point or geographical coordinate, in order to provide a complete view from a first person's point of view. The system provides a visual perspective comparable to a human visual experience.

Near-to-eye displays within head mounted devices offer both users with and without visual impairments enhanced visual experiences either by improving or augmenting their visual perception. Unless the user directly views the display without intermediate optical elements then the designer must consider chromatic as well as other aberrations. Within the prior art the optical train is either complex through additional corrective elements adding to weight, cost, and size or through image processing. However, real time applications with mobile users require low latency to avoid physical side effects. Accordingly, it would be beneficial to provide near-to-eye displays mitigating these distortions and chromatic aberrations through pre-distortion based electronic processing techniques in conjunction with design optimization of the optical train with low weight, low volume, low complexity, and low cost. Further, it would be beneficial to exploit consumer grade low cost graphics processing units rather than application specific circuits.

A method and apparatus for reconfiguring the audio and video interfaces of mobile devices is described. A system for configuring various surfaces of a mobile device for performing additional functions such utilizing the front and reverse side of a mobile device with reconfigurable larger displays for enhancing the visual experience for various applications such as in video, TV and medical imaging is described. A system for command and control of a media center with a mobile device is disclosed. A method for multi-channel processing of audio and video information over mobile devices is described. A method for biometrically authorizing and delivering of copy right content to mobile devices is disclosed.

A system for displaying a wide field of view video image of a location. A series of location cameras disposed at the location captures the wide filed of view video image as a series of individual video images covering the desired field of view. A distance sensor unit senses distances of closest objects in one or more overlap areas between field of views of the location cameras from the two or more location cameras covering each respective overlap area. A display unit displays the series of individual video images to a user for creating a visual experience of the location. A processor unit determines a horizontal span of each individual video image displayed by the display unit based on the sensed distances of the closest objects.

Methods, systems and computer program products (“software”) enable a virtual three-dimensional visual experience (referred to herein as “V3D”) videoconferencing and other applications, and capturing, processing and displaying of images and image streams.

The invention discloses a display screen visual angle regulating method and a television. The method comprises the following steps: firstly, utilizing a camera module to obtain a two-dimensional image and depth information of a part in front of the display screen, and transmitting the two-dimensional image and depth information to a microprocessor module; utilizing the microprocessor module to extract a face information from the received two-dimensional image, and locating the central positions of pupils; and then working out an adjusting angle and / or an up-down displacement of the display screen according to the central positions of the pupils and the central position of the display screen, and driving the display screen to carry out the visual angle adjustment through a driving module. By the implementation of the display screen visual angle adjusting technology in the invention, the display device can automatically track user position so that the visual angle of the screen does not need to be regulated manually when a user uses the display device, thus the automatic regulation of the display screen visual angle is truly realized; and the visual angle regulation precision is improved, the user can watch a video program at the best visual angle from any position in the same room, and the visual experience of the user is greatly improved.

The invention relates to the technical field of communications, in particular to a method and a system for synchronously sharing mobile terminal data, which enable users in a same network to have the same audio-visual experience. The method for synchronously sharing the mobile terminal data includes A, establishing connection of a local wireless network among a plurality of mobile terminals; B, detecting data synchronous trigger events by a first mobile terminal of the mobile terminals; C, sending current operating data to other mobile terminals in the local wireless network in real time by the aid of the first mobile terminal through local wireless network connection; and D, receiving the data and operating by the other mobile terminals.

A training system using haptically enhanced simulations of dental procedures to provide the sensorimotor involvement needed for dental training. To provide touch feedback in combination with a realistic visual experience, the system integrates a haptic stylus interface for simulating the movement and feel of the tool-tip with a three-dimensional, stereoscopic display. The haptic stylus enables the dental student to orient and operate simulated dental tools. Working on a virtual model viewed in a stereo display, dental students can use a simulated pick to probe a tooth, or a simulated drill to prepare a tooth for cavity repair. The touch feedback is simulated by representing these dental instruments as force-to-a-point tools which map to haptic simulation procedures executed on a computer workstation that also provides the visual display.

An electronic system that produces an enhanced spatial television-like audio-visual experience is disclosed. Unlike normal television, the system enables the viewer to control both the viewing direction and relative position of the viewpoint with respect to the movie action. In addition to a specific hardware configuration, this patent also relates to a new video format which makes possible this virtual reality like experience including a system by which multi-channel audio can be recorded in addition to visual information onto a single data channel which is compatible with existing television and audio-visual standards and an optical tracking system to provide both angular and spatial position information to control the display of said imagery and spatial audio.

An embodiment of the present invention discloses an image display method that is applied to a virtual reality device and reaches effects of fully using the image resource and reducing energy consumption of the virtual reality device. The method disclosed by the embodiment of the present invention comprises the steps that the virtual reality device detects an eye focus of a user gazing at a display interface of the virtual reality device; the virtual reality device determines a visual focus region and a non-visual focus region of the display interface according to the eye focus; and the virtual reality device displays a first category of image in the visual focus region and displays a second category of image in the non-visual focus region. An embodiment of the present invention further provides an image display apparatus. Different categories of image information are displayed in the visual focus region and the non-visual focus region, so that the visual experience of the user is not affected, further, the display interface is optimized, and the energy consumption is lowered.

A display device for displaying pictures at different angles based on the visual angle of a viewer comprises a display screen, a camera and a computer control system, wherein the computer control system is prestored with a series of pictures or videos taken at different visual angles of the same scene. The display device is characterized in that the camera is started by using the computer controlsystem to photograph the viewer in front of the display screen, and then the image of the viewer is sent to the computer control system; a face candidate region is quickly located on the image of theviewer photographed by a computer using the camera by combining a motion analysis method and a skin analysis method, and then a human-eye detection algorithm is applied to detecting the position of the eyes of the viewer; by combining the distance from the viewer to a screen, the visual angle between the viewer and the camera is calculated according to a formula described in the specification, and the visual angle theta between the viewer and the display screen is approximately equal to the visual angle gamma between the viewer and the camera according to another formula under the condition that the distance from the non-large screen of the display screen to the viewer is more than 1 m; after receiving the information of the visual angles, the system outputs pictures or videos corresponding to the visual angles to the display screen; in the formulas, theta is the visual angle of the viewer, f is the focal length of the lens of the camera, d is the distance from a target point in the collected image to the central point of the image and gamma is the visual angle between the viewer and the camera, theta is the visual angle between the viewer and the display screen, l is half of the width of the display screen, d is the distance from the viewer to the display screen, and beta is a rotating angle between the viewer and the centre line of the display screen.

The invention belongs to the field of display technologies and particularly relates to a flexible substrate and a display device. The flexible substrate comprises a plane are and a bent area. Each of the plane area and the bent area is provided with pixels. Arrangement density of the pixels in the bent area is larger than that of the pixels in the plane area. The flexible substrate has higher resolution and definition of displayed pictures; meanwhile, the resolution and definition of the display device is increased; better visual experience is brought to people.

An image processor generates a Super-Resolution (SR) frame by upscaling. A Human Visual Preference Model (HVPM) helps detect random texture regions, where visual artifacts and errors are tolerated to allow for more image details, and immaculate regions having flat areas, corners, or regular structures, where details may be sacrificed to prevent annoying visual artifacts that seem to stand out more. A regularity or isotropic measurement is generated for each input pixel. More regular and less anisotropic regions are mapped as immaculate regions. Higher weights for blurring, smoothing, or blending from a single frame source are assigned for immaculate regions to reduce the likelihood of generated artifacts. In the random texture regions, multiple frames are used as sources for blending, and sharpening is increased to enhance details, but more artifacts are likely. These artifacts are more easily tolerated by humans in the random texture regions than in the regular-structure immaculate regions.

An electronic system that produces an enhanced spatial television-like audio-visual experience is disclosed. Unlike normal television, the system enables the viewer to control both the viewing direction and relative position of the viewpoint with respect to the movie action. In addition to a specific hardware configuration, this patent also relates to a new video format which makes possible this virtual reality like experience including a system by which multi-channel audio can be recorded in addition to visual information onto a single data channel which is compatible with existing television and audio-visual standards and an optical tracking system to provide both angular and spatial position information to control the display of said imagery and spatial audio.

The invention discloses a method of controlling a terminal screen to rotate. The method includes: collecting facial image data of a user; processing the facial image data of the user to obtain facial attitude information; and rotating the screen to adjust the direction of the terminal screen according to the facial attitude information. The invention further provides a terminal. According to the method of controlling the terminal screen to rotate and the terminal, the terminal screen is maintained in the envisaging direction of the user, visual experience of the user is promoted, and the terminal is enabled to have the advantage of being intelligentized.

The invention relates to an on-line video abstraction generation method based on depth learning. An original video is subjected to the following operation: 1) cutting the video uniformly into a group of small frame blocks, extracting statistical characteristics of each frame image and forming corresponding vectorization expressions; 2) pre-training video frame multilayer depth network and obtaining the nonlinearity expression of each frame; 3) selecting the front m frame blocks being as an initial concise video, and carrying out reconstruction on the concise video through a group sparse coding algorithm to obtain an initial dictionary and reconstruction coefficients; 4) updating depth network parameters according to the next frame block, carrying out reconstruction and reconstruction error calculation on the frame block, and adding the frame block to the concise video and updating the dictionary if the error is larger than a set threshold; and 5) processing new frame blocks till the end in sequence on line according to the step 4), and the updated concise video being generated video abstraction. With the method, latent high-level semantic information of the video can be excavated deeply, the video abstraction can be generated quickly, time of users is saved, and visual experience is improved.

The present invention provides a method and a device for automatically changing a desktop text color. The method comprises the following steps of: using a mobile terminal to prestore a corresponding list in which a color parameter value of a background color is matched with that of a contrasted color; acquiring a color parameter value of a new background color when the mobile terminal detects that a user sets the new background color; querying a color parameter value of the contrasted color matched with that of the new background color in the corresponding list; and modifying a color parameter value of the desktop text color into the color parameter value of the contrasted color. Therefore, the mobile terminal can automatically modify the desktop text color to match with the new background color after the user sets the new background color so as to bring the user great convenience and improve visual experience effect of the user.

A means of creating and means of exhibiting a multi-dimensional production consisting of two or more interrelated stories, story lines or story parts, in audio-visual media, by simultaneously delivering or streaming parallel “tracks” or “channels,” between and among which the viewer(s) can alternate at will to create a variable, interactive audio-visual experience or product. The technology is adaptable to a variety of delivery systems including, but not limited to, commercial broadcast television, pay television (cable and satellite) and theatrical release (i.e., movies in theaters).

The embodiment of the invention provides an image rendering method and device and a set of electronic equipment. The method includes the steps that when image rendering is performed through the first image rendering effect, the image frame rate is detected; if the image frame rate is lower than a preset image frame rate, parameter adjustment is performed on the image rendering effect, the image rendering effect is adjusted to the second image rendering effect from the first image rendering effect, and the second image rendering effect is lower than the first image rendering effect; image rendering is performed through the second image rendering effect. With the method, in the image rendering process, when the image frame rate is lower than the preset image frame rate, the high image frame number and the image rendering smoothness are guaranteed in a mode that the image rendering effect is lowered, and therefore stopping, screen blocking and the like are reduced in the image rendering process, and visual experience of a user is guaranteed.

The invention disclosed herein simplifies application of physiological sensors to the body. In the preferred embodiment the plurality of physiological sensors are physically attached to the back of a personal digital assistant (PDA). An operator presses the PDA single-handedly against patient's chest in such a manner that sensors are in contact with patient's skin and the PDA display faces the operator. Physiological signals are then visualized on the PDA screen. The sensors include EKG electrodes and acoustic sensors. The “EKG Stethoscope” is used to simultaneously record the audio signal from an acoustic sensor and the corresponding electrical EKG signal from EKG electrodes. The PDA analyzes EKG and acoustic signals. Further, sound from one acoustic sensor is amplified and transmitted to operator's headphones for simultaneous auscultation. Concurrent audio and visual experience greatly enhances the operator's ability to diagnose lung and heart disease. A plurality of acoustic sensors is used to localize intrathoracic sound origin. The operator looks at the PDA display for cues on abnormal sound location and sound characteristics.

The invention discloses a big-data parallel computing method and system based on distributed columnar storage. Data which is most often accessed currently is stored by using the NoSQL columnar storage based on a memory, the cache optimizing function is achieved, and quick data query is achieved; a distributed cluster architecture, big data storing demands are met, and the dynamic scalability of the data storage capacity is achieved; combined with a parallel computing framework based on Spark, the data analysis and the parallel operation of a business layer are achieved, and the computing speed is increased; the real-time data visual experience of the large-screen rolling analysis is achieved by using a graph and diagram engine. In the big-data parallel computing method and system, the memory processing performance and the parallel computing advantages of a distributed cloud server are given full play, the bottlenecks of a single server and serial computing performance are overcome, the redundant data transmission between data nodes is avoided, the real-time response speed of the system is increased, and quick big-data analysis is achieved.

The invention provides a display module and a mobile terminal using the same. The display module comprises a display screen and a camera, wherein the display screen comprises a display part and an accommodating cavity formed in the display part, the display part comprises a display surface facing users and a back surface on the opposite side of the display surface, the display area is provided with a photic region, the accommodating cavity is arranged between the display surface and the back surface, the camera is accommodated into the accommodating cavity, and the positive projection of the camera on the display surface is positioned in the photic region. The accommodating cavity is formed in the display part, the camera is arranged in the accommodating cavity, the photic region is arranged on the display surface, the camera is placed in the area where the photic region is projected to the display surface, and the camera is arranged in the display area of the display module, so that a screen-to-body ratio of the display module is enhanced, and thus the user can acquire good visual experience effect; in addition, the camera is arranged in the display part, so that the whole thickness of the display module is reduced, and thus the user is convenient to hold the mobile terminal, and user experience is enhanced.

Systems and methods for controlling an audio and visual experience based on an environment are provided. A system can monitor an environment while playing back music. The system can then identify a characteristic property of the environment and modify an audio-related or visual-related operation based on the characteristic property. The characteristic property can be any suitable property of the environment or any combination thereof. For example, the characteristic property can be related to an ambient property of the environment (e.g., light or sounds) or the environment's occupants (e.g., number of people nearby). The system can then modify its operation in any suitable manner based on the characteristic property. For example, the system can provide a visualization of music based on at least the characteristic property. In another example, the system can select and play back a piece of music based on at least the characteristic property.

The invention provides a head-mounted display device, which comprises a shell and a group of optical system arranged in the shell. The optical system comprises an image display screen, an optical magnifying lens group and a reflecting and transmitting lens, wherein the image display screen is located above the optical magnifying lens group; and the reflecting and transmitting lens is located below the optical magnifying lens group. The optical path of the optical system is that image optical information emitted by the image display screen is transmitted via the optical magnifying lens group and then reflected to a human eye by the reflecting and transmitting lens; and the environment optical information outside the head-mounted display device is transmitted to the human eye via the reflecting and transmitting lens. According to the head-mounted display device provided by the invention, the structure is simple, wearing is comfortable, and a user can conveniently enjoy the visual experience with the enhanced realistic effect.

The invention discloses a live video data transmission error control method based on mobile network packet loss status, the method is characterized in that the mobile network packet loss status is divided into four types according to wireless link signal to noise ratio and mobile network congestion packet loss probability: link error code packet loss, linkage interrupt packet loss, congestion-error code packet loss and congestion-interrupt packet loss, so that different error control methods are adopted in the application layers in the light of different mobile network packet loss statuses; the self-adaptive dynamic FEC (forward error correction of coding) error control method is adopted when the mobile network is in the link error code packet loss status; the active retransmission error control method is adopted when the mobile network is in the linkage interrupt packet loss status; the static state FEC error control method is adopted when the mobile network is in the congestion-error code or congestion-interrupt packet loss status. Through the adoption of the invention, package loss of live video data in the transmission process is effectively reduced, and the visual experience of terminal users of the mobile live video is improved.

To create an environment in which the passenger has the same emotion, feel and visual experience that a pilot has with regard to freedom of flight and proximity to the exterior of the aircraft and where passengers have the impression that they are looking out of an actual panoramic window, a “virtual window” includes internal and the external aspects of a real window. The internal part can comprise a folded or flexible high resolution color display that conforms to the internal profile of the aircraft fuselage as if it were an actual window. The external part comprises a paint scheme that is indistinguishable from an actual window and which is placed on the outside of the aircraft fuselage in registry with the conformal display in the aircraft's interior.

The invention provides a method and a device for processing a multipicture video image, which solve the problem that the participants have poor visual experience because the characteristic of each sprite can not be simultaneously satisfied when the multiple pictures are adjusted in the traditional technical scheme. The method comprises the following steps of: receiving a data code stream of multiple sprite video images, and respectively balancing the effects of multiple sprite video images by using control parameters according to the characteristic of the picture video image; and synthesizing the balanced multiple sprite video images into a multipicture video picture. The invention can uniformly adjust each sprite video image to the same image characteristic effect, and then the sprite video image presents the same picture characteristic during displaying, therefore, the multipicture video image consisting of the sprite video images achieves the harmonious integral style and enhances the visual experience of the participants during displaying.

The invention discloses a large optically anisotropic liquid crystal composition. The liquid crystal composition consists of a compound with a structural formula I, a compound with a structural formula II, a compound with a structural formula III and a compound with a structural formula IV; according to the liquid crystal composition, a series of liquid crystal materials with various structures are blended, and particularly a double-alkyne compound with extremely high optical anisotropy and maximum (delta)n of greater than 0.600 is adopted for the first time, so that the liquid crystal composition has great optical anisotropy; and meanwhile, the liquid crystal composition has high clearing point, appropriate dielectric anisotropy and acceptable rotary viscosity, and is particularly suitable for a liquid crystal display element LC-Lens and favorable for producing a thinner and more practical LC-Lens product by the device factory so as to obtain better visual experience and smooth 2D / 3D conversion effect.

A synchronized music delivery system utilizes either a portable memory device including compact discs (CDs), digital video discs (DVDs) and memory sticks, or on-line or wirelessly delivered content in combination with a lighted keyboard and a sound reproducing system. A synchronized musical work, including music, lyrics and specialized coding, is recorded onto the portable memory device or is stored on a server for on-line or wireless delivery, in one embodiment by downloading the information from the Internet to the portable memory device; and in another embodiment in a stand-alone version involving pre-recording the portable memory device. The stored synchronized music in one embodiment is provided with the actual song recording, sing-along words and including letters of the alphabet to be struck on a standard alpha-numeric computer keyboard, indicia, scrollable score coding incorporating notes on a musical score and fingering or a lighted key drive, all information being synchronized with the work. In one embodiment the synchronized memory device is inserted into a suitable slot in an electronic music synthesizer having a lighted keyboard and song reproduction equipment such that a virtually unlimited number of musical works can be readily delivered in one embodiment to a CD ROM / DVD burner over the Internet, whereby not only can a karaoke-like audio-visual experience be provided, but also a synchronized lighted keyboard is provided to enable an individual not only to sing along, but to play along with the work.